UTC: 00:00:00
SID: UNAUTHEN...
SYNC_ID: --
ENCRYPTION: ACTIVE (AES-256)
DEFCON: Lvl 4
• LIBR_ENGINE: DETECTED_DIP [$14,500 RECOVERED] • ENTITY_RESOLUTION: FLAGGED_CRYPTO_TRANSFER [COINBASE -> UNKNOWN_WALLET] • INTEL_ANALYSIS: BLOCKED_HOSTILE_TEXT [RISK_LEVEL: HIGH] • ALERT: NEW_OFFSHORE_NODE_IDENTIFIED • SYSTEM_STATUS: ENCRYPTION_ACTIVE (AES-256) • LIBR_ENGINE: DETECTED_DIP [$14,500 RECOVERED] • ENTITY_RESOLUTION: FLAGGED_CRYPTO_TRANSFER [COINBASE -> UNKNOWN_WALLET]
Field Manual // SEC-OPS-01

How to Use Our PGP Infrastructure

A simple operational guide for encrypting sensitive discovery before transmission and verifying signed Exit Protocol security communications.

View Public Key

Protocol A: Encrypting Data

01

Import the public key

Download the .asc key from the public key page and import it into GPG, Kleopatra, GPG Suite, or another OpenPGP client.

02

Encrypt the file or message

Select the material you need to protect and encrypt it to support@exitprotocols.com using the published Exit Protocol key.

03

Transmit only the encrypted output

Send the resulting .gpg or .pgp file through the agreed intake path. Keep the unencrypted source file out of ordinary email.

Protocol B: Verifying Signatures

01

Locate the signed material

Signed releases or security notices may include an OpenPGP signature block or a detached .sig file.

02

Run verification

Use your PGP client to verify the message or detached signature against the published public key.

03

Confirm the fingerprint

Trust the result only if the signer identity and fingerprint match the values on the Exit Protocol public key page.

Terminal Operations

$ curl https://exitprotocols.com/pgp.asc | gpg --import $ gpg --fingerprint 7C6BC2FEA8712A59
$ gpg --encrypt --recipient support@exitprotocols.com data.pdf
Recommended forensic tools Kleopatra / Gpg4win GPG Suite GNU Privacy Guard CLI
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